https://vjmedia.wpi.edu/api.php?action=feedcontributions&feedformat=atom&user=Nfcebry 2026-05-27T06:44:58Z User contributions MediaWiki 1.31.8 https://vjmedia.wpi.edu/index.php?title=Heart_Rate_Music_Player&diff=129440 2013-12-21T16:09:52Z

<p>Nfcebry: </p> <hr /> <div>The concept behind the Heart Rate Music Player was to control playback of music based on a person's heart rate. The idea was that the music would automatically adjust to the intensity of a workout. A higher intensity workout (higher heart rate) would cause music with a faster tempo to play.<br /> <br /> When presented, the project did not actually read a user's heart rate. The implementation of this project is an Arduino passing data to a Max patch about a user's heart rate . When presented, this data was generated based on a potentiometer.<br /> <br /> The patch assumes that it heart rate data is being passed by a serial connection at 9600 Baud on COM port 4 (or d). It displays the heart rate signal it is receiving, as well as a gain slider and an on/off switch provided by an ezdac. It also indicates which of four heart rate zones the signal is in, and randomly chooses one of a set of songs that has been assigned to that zone to play.<br /> <br /> [[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/HeartRateMusic/nfcebry_mu3615_finalproject.zip]]<br /> <br /> &lt;mediaplayer&gt;Nfcebry_mu3615_final_project.mp4&lt;/mediaplayer&gt;<br /> <br /> '''NOTICE:''' If above video does not appear, try switching web browsers. This type of media file has been found to conflict with Google Chrome and other browser types.<br /> <br /> [[Category:Interactive Systems]]</div>

Nfcebry https://vjmedia.wpi.edu/index.php?title=Heart_Rate_Music_Player&diff=129438 2013-12-21T16:06:08Z

<p>Nfcebry: moved &quot;Heart Rate&quot; Music Player to Heart Rate Music Player</p> <hr /> <div>The concept behind the Heart Rate Music Player was to control playback of music based on a person's heart rate. The idea was that the music would automatically adjust to the intensity of a workout. A higher intensity workout (higher heart rate) would cause music with a faster tempo to play.<br /> <br /> The project does not currently actually read a user's heart rate. The current implementation is an Arduino reading a potentiometer and passing data to a Max patch that about a supposed user heart rate based on the potentiometer.<br /> <br /> The patch assumes that it heart rate data is being passed by a serial connection at 9600 Baud on COM port 4 (or d). It displays the heart rate signal it is receiving, as well as a gain slider and an on/off switch provided by an ezadc. It also indicates which of four heart rate zones the signal is in, and randomly chooses one of a set of songs that has been assigned to that zone to play.<br /> <br /> &lt;mediaplayer&gt;Nfcebry_mu3615_final_project.mp4&lt;/mediaplayer&gt;<br /> <br /> '''NOTICE:''' If above video does not appear, try switching web browsers. This type of media file has been found to conflict with Google Chrome and other browser types.<br /> <br /> [[Category:Interactive Systems]]</div>

Nfcebry https://vjmedia.wpi.edu/index.php?title=%22Heart_Rate%22_Music_Player&diff=129439 2013-12-21T16:06:08Z

<p>Nfcebry: moved &quot;Heart Rate&quot; Music Player to Heart Rate Music Player</p> <hr /> <div>#REDIRECT [[Heart Rate Music Player]]</div>

Nfcebry https://vjmedia.wpi.edu/index.php?title=Heart_Rate_Music_Player&diff=128051 2013-12-18T08:16:52Z

<p>Nfcebry: Created page with 'The concept behind the Heart Rate Music Player was to control playback of music based on a person's heart rate. The idea was that the music would automatically adjust to the inte…'</p> <hr /> <div>The concept behind the Heart Rate Music Player was to control playback of music based on a person's heart rate. The idea was that the music would automatically adjust to the intensity of a workout. A higher intensity workout (higher heart rate) would cause music with a faster tempo to play.<br /> <br /> The project does not currently actually read a user's heart rate. The current implementation is an Arduino reading a potentiometer and passing data to a Max patch that about a supposed user heart rate based on the potentiometer.<br /> <br /> The patch assumes that it heart rate data is being passed by a serial connection at 9600 Baud on COM port 4 (or d). It displays the heart rate signal it is receiving, as well as a gain slider and an on/off switch provided by an ezadc. It also indicates which of four heart rate zones the signal is in, and randomly chooses one of a set of songs that has been assigned to that zone to play.<br /> <br /> &lt;mediaplayer&gt;Nfcebry_mu3615_final_project.mp4&lt;/mediaplayer&gt;<br /> <br /> '''NOTICE:''' If above video does not appear, try switching web browsers. This type of media file has been found to conflict with Google Chrome and other browser types.<br /> <br /> [[Category:Interactive Systems]]</div>

Nfcebry https://vjmedia.wpi.edu/index.php?title=File:Nfcebry_mu3615_final_project.mp4&diff=128049 2013-12-18T08:13:08Z

<p>Nfcebry: </p> <hr /> <div></div>

Nfcebry